These are my go-to libraries for Python data crunching.
A user-friendly, pure-Python (NumPy) finite-volume framework for teaching and prototyping astrophysical fluid dynamics: 1D/2D advection, (relativistic) hydro and MHD, shallow water, and diffusion ...
Objectives To derive sex-specific peak oxygen uptake (VO 2peak) reference equations for cycle ergometer cardiopulmonary exercise testing (CPET) that integrate estimations of lean body mass (eLBM) and ...
Every Python developer knows some or all of these libraries, because they’re stable, reliable, and excellent at what they do.
Abstract: Distributed computing is fundamental to multiagent systems, with solving distributed linear equations as a typical example. In this article, we study distributed solvers for network linear ...
Abstract: While zeroing neurodynamics (ZN) method stands out in handling various temporally-varying problems, the deficiencies of self-adaptivity and intelligence make ZN models be less mature. Aiming ...